I-DDG-1.0 ye-Industrial Conductivity Sensor Featured Image

I-DDG-1.0 i-Industrial Conductivity Sensor

Inkcazelo emfutshane:

★ Uluhlu lokulinganisa: 0-2000us / cm
★ Uhlobo: Inzwa ye-analog, imveliso ye-mV
★Iimbonakalo:I-316L ye-Titanium Alloy kunye nePlatinamu, amandla anamandla okuchasana nokungcoliseka
★Isicelo: Inkqubo ye-RO, i-Hydroponic, unyango lwamanzi

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Izalathisi zobuGcisa

Yintoni i-Conductivity?

Imanyuwali

I-conductivity series series ye-electrode isetyenziselwa ngokukodwa ukulinganisa ixabiso le-conductivity yamanzi ahlambulukileyo, amanzi ahlambulukileyo, ukucocwa kwamanzi, njl njl. Kufanelekile ngokukhethekileyo ukulinganisa i-conductivity kwiplanti yamandla e-thermal kunye noshishino lokucoca amanzi. Ibonakaliswa yi-double-cylinder structure kunye ne-titanium alloy material, enokuthi i-oxidized ngokwemvelo ukuba yenze i-chemical passivation. Umphezulu wayo olawulayo ochasayo uyaxhathisa kuzo zonke iintlobo zolwelo ngaphandle kweasidi ye-fluoride. Amacandelo embuyekezo yobushushu ngala: NTC2.252K, 2K, 10K, 20K, 30K, ptl00, ptl000, njl. ezichazwe ngumsebenzisi. I-K = 10.0 okanye i-K = i-30 i-electrode ithatha indawo enkulu yesakhiwo seplatinum, echasene ne-asidi eqinile kunye ne-alkaline kwaye inamandla okuchasana nokungcola; isetyenziselwa ikakhulu ukulinganisa i-intanethi yexabiso le-conductivity kumashishini akhethekileyo, afana neshishini lokucocwa kwamanzi amdaka kunye neshishini lokucoca amanzi olwandle.

Ngaphambili: I-DDG-0.1F&0.01F I-Industrial Tri-clamp Conductivity Sensor

Okulandelayo: I-DDG-10.0 i-Industrial Conductivity Sensor

I-electrode rhoqo	0.1
Amandla acinezelayo	0.6MPa
Uluhlu lokulinganisa	0-200uS/cm
Uqhagamshelwano	1/2 okanye 3/4 Ufakelo lwemisonto
Izinto eziphathekayo	I-316L ye-Titanium Alloy kunye nePlatinum
Isicelo	Ishishini lokucoca amanzi

Ukuqhubangumlinganiselo wokukwazi kwamanzi ukudlula ukuhamba kombane. Olu buchule luhambelana ngokuthe ngqo nokugxilwa kwe-ion emanzini
1. Ezi ion conductive zivela kwiityuwa ezinyityilisiweyo kunye nezinto ezingaphiliyo ezifana nealkalis, chlorides, sulfides kunye necarbonate compounds.
2. Ii-Compounds ezinyibilikayo kwii-ion zikwabizwa ngokuba yi-electrolytes 40. I-ion eninzi ekhoyo, iphezulu i-conductivity yamanzi. Ngokunjalo, iiyoni ezimbalwa ezisemanzini, kokukhona ziqhuba kancinci. Amanzi adityanisiweyo okanye adityanisiweyo angasebenza njenge-insulator ngenxa yexabiso lawo eliphantsi kakhulu (ukuba alinakuhoywa). Amanzi olwandle, kwelinye icala, ane-conductivity ephezulu kakhulu.

Iion iqhuba umbane ngenxa yeentlawulo zabo ezintle nezimbi
Xa i-electrolytes ichitheka emanzini, iyahlukana ibe yi-positive charge (cation) kwaye ihlawuliswe kakubi (anion) particles. Njengoko izinto ezinyityilisiweyo ziqhekeka emanzini, ugxininiso lwentlawulo nganye elungileyo kunye nengalunganga ihlala ilingana. Oku kuthetha ukuba nangona i-conductivity yamanzi inyuka ngee-ion ezongeziweyo, ihlala ingathathi hlangothi ngombane 2

Ukuqhuba/Ukuxhathisayiparamitha yohlalutyo esetyenziswa ngokubanzi kuhlalutyo lokucoceka kwamanzi, ukubeka iliso kwi-osmosis ebuyela umva, iinkqubo zokucoca, ulawulo lweenkqubo zemichiza, nakumanzi amdaka akwimizi-mveliso. Iziphumo ezithembekileyo kwezi zicelo ezahlukeneyo zixhomekeke ekukhetheni i-sensor conductivity efanelekileyo. Isikhokelo sethu esisincomayo sisalathiso esibanzi kunye nesixhobo soqeqesho esisekwe kumashumi eminyaka yobunkokeli boshishino kulo mlinganiso.

I-Conductivity kukukwazi kwesixhobo ukuqhuba umsinga wombane. Umgaqo-nkqubo apho izixhobo zokulinganisa i-conductivity ilula-iipleyiti ezimbini zifakwe kwisampuli, amandla asetyenziswa kuwo wonke amacwecwe (ngokuqhelekileyo i-sine wave voltage), kwaye i-current edlula isisombululo iyalinganiswa.

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